This is essentially how I imagined this curve would go… ish… it's kinda boxy though.
Maybe now all I have to di is add a filleted chamfer on the end?
This 100% looks like a shoe though, or some robot leg that's been cut off.
Move the motor forward so that the tabs don't stick out...
That LCD background I found certainly gives off the "new age" and "powerful inside" vibe I wanted to see for Tetrinsic.
I feel like an Apple executive when I say this, but Gen 3X1 is the most customisable and easy to maniufacture Tetrinsic yet. Probably more reliable too now that I've seemingly managed to fit a relatively low cost aluminium load cell that are built to much higher specifications than I'd ever be able to 3D print. The 'keycap' material has been upgraded to stainless steel, 16MB of flash storage for LCD animations and a 33% active area length increase are all improvements from the first Tetrinsic design that I was almost about to build. I'm a bit more sold on the look of Tetrinsic 2.0, but this concept looks MUCH better than the first Gen 3X1 concept.
There's just a price hike, like what NVIDIA's done with 4000 series. At least someone could build a 4-finger Tetent for about £100, which I believe is in the realm of affordability for people that have a lot of digital work to do for their forseable futures..
Multiple Tetrinsic's together also looks pretty good actually. It looks more store-bought than I was expecting. I'm wondering if I should make 2 versions where the strain guage is on either side so that I could actually just slide Finger5 forwards instead of the tightly-packed Fingers2-4 backwards.
Solution mining... ends, in 25 days.
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